grasshopper 3ed 3d models

As a robust free-form surface modeler, Rhinoceros teams up seamlessly with the Grasshopper visual programming language and environment to craft truly one-of-a-kind designs. Exported in multiple formats for easy compatibility, please feel free to...

This is my latest attempt at a Carriage, my previous attempt was the Grasshopper (https://www.thingiverse.com/thing:4244188) but I found it to be a little under powered in cooling. This time I am using 2 x 5015 Radial Fans and they really perform...

I designed this project using Rhino and Grasshopper plug-ins, which allowed me to generate wireframe and lattice styles from the faceted design. I used 123d scan captures of my face and a real crows skull for precise scaling. To print this costume...

Rhinoceros excels as a free form surface modeler, while Grasshopper serves as a visual programming language that allows for the creation of unique and complex designs when combined. This model has been exported in various formats, so please let me...

The Rhinoceros platform is renowned for its free-form surface modeling capabilities, while the versatile Grasshopper programming language allows designers to tap into its full potential by creating innovative and one-of-a-kind designs. This model...

The visual programming capabilities of Grasshopper were more complex than anticipated, resulting in a slower process and an overwhelming array of elements to learn. After some exploration, I found myself at the Parametrichouse tutorial site, where I...

Rhinoceros is renowned for its ability to generate complex, free-form surface models, while Grasshopper provides a dynamic visual programming environment that collaborates seamlessly to produce distinctive designs. This intricate model is compatible...

Rhinoceros excels as a free form surface modeler, while Grasshopper serves as a visual programming language and environment that combine to produce innovative designs. The Pavilion model is exported in various formats for easy use, so please let me...

Rhinoceros excels as a free form surface modeler, while Grasshopper functions as a powerful visual programming language and environment, together creating innovative designs that push the boundaries of what's possible. This Pavilion model is...

Rhinoceros is primarily used for creating free form surface models, while Grasshopper serves as a visual programming language that allows users to create unique designs by combining these elements. The model has been exported in various formats, so...

Daisy Pendant Modeled with Rhino and Grasshopper This beautiful daisy pendant is expertly designed using Rhino, powered by Grasshopper. The result is a simple yet charming accessory perfect for making a statement necklace or even serving as a...

Rhino stands as a premier free form surface modeler, perfectly complemented by Grasshopper - an incredibly powerful visual programming language that unlocks boundless creative possibilities. When combined, these tools grant me the ability to design...

Computational designs take shape in organic cellular forms with the generative Voronoi bracelet, a true masterpiece crafted using advanced parametric 3D modeling tools like Grasshopper and Blender. For optimal results, unleash the full potential of...

Inspired by the FullControl GCode Designer, I wanted to experiment with designing models for slicing to achieve super precise and strong parts.The lattice drastically improves vase mode layer adhesion and part strength by sandwiching alternate layers...

Here are four Rocket League coasters I designed in Rhino 3D and Grasshopper. The 04_Grand_Champ file is the only model I printed face up, with the rest printed face down on a glass bed to maximize detail. The 02_Rocket_League_Logo file could also...

Additionally, all orifices, modeled with Rhinoceros and Grasshopper, give it a unique personality and an extra layer of difficulty that will challenge any 3D printer FFF. ... Check out this cool timelapse printing the hollow draudi:...

A 'grasshopper' script with three formulas created this purely mathematically formed surface. Out of a multitude of variations I chose this one - SP-14 - and developed a 3D printable lampshade out of it. The diameter measures 20 and the height 25...

THE TALENTED ARTISTS AT GRASSHOPPER MANUFACTURE INC. DID. I TAKE ABSOLUTELY NO CREDIT FOR THIS WORK. PROPERTY OF XSEED GAMES, MARVELOUS USA, INC., MARVELOUS. USED WITHOUT PERMISSION. i still have to find the rest of million gunman's sliced up...

The model was designed using parametric tools like Grasshopper 3D. It has two distinct pieces: the lamp itself and the union between the lamp and the socket. When it comes to dimensions, consider the following: * The maximum diameter for a light...

Size (LxWxH): 1200x600x470mm Material: plywood - ebony Surface treatment: stained and varnished Showreel in UE 4: https://www.youtube.com/watch?v=Ocp1diDZAoE OVERVIEW The design concept was made in Rhinoceros and Grasshopper. After realization, we...

... on my printer is estimated 1-2hrs depending on infill. I may go back and try to make an ultra-light voronoi foam version, but this is simple and blocky for workshop use. A grasshopper script is provided if you want to tweak any of the dimensions.

I designed this part specifically for my scale model Piper Cub/L-4 Grasshopper with ESM Cessna 185 floats, which are 1:4.5 size. To create it, I printed the design from a durable material like nylon or PETG. The two rudder halves need to be glued...

The shell is created with Grasshopper code, while an inner core model requires a tiny hole linking the outer and inner portions to prevent solid modellers from ignoring the interior surfaces. Laplacian smoothing using Weaverbird mesh tool enhances...

... as fabrication method. The larger elements are only connected through fine strands to each other for stabilization. They're just filament extruded into the air. This technique is called bridging. Geometry was created using Rhino/Grasshopper. ...

To play a complete game, each player needs to print these pieces: 3 bees 9 ants 4 beetles 6 grasshoppers 4 spiders 1 mosquito (extension) 1 pillbug (extension) 1 ladybug (extension) 1 worm (community extension) Check out the rules:...

The geodesic dome-inspired structure in my store is crafted using Rhino 5 software and its plugin, Grasshopper. This parametric design tool facilitates complex geometry creation through an innovative approach to 3D modeling. By altering parameters,...

The basic shape and parametric model is almost the same: A variation of the Koch-curve with hexagons, which changes in rotation and fractal-depth along the extruded direction.The geometry was created using Rhino3D and Grasshopper. Print...

A couple of swatch holders and a Rhino Grasshopper script to autogenerate swatches. One has five slots to show what is in the MMU.&nbsp;<br><br>Each swatch has a few different features to assess filament behaviour, including 4 panels of 0.6, 1.2, 1.8...

... dramatic because the edges become nearly circular.</p><p>The photo shows five of the seven boxes. I skipped 8-sides and 9-sides because by now you get the idea.All are printed in PETG.I used Rhino 3D and Grasshopper to design and generate the files.

This highly detailed Parametric Wall has been meticulously crafted using the power of Rhino3D and Grasshopper, with a final polish applied via VRay for Rhino 3.60. The wall's impressive dimensions are a stunning 800 cm in length, 400 cm in width,...